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改善高校图书馆建筑热舒适环境是提高学生学习条件的重要方面。基于对现场实测和调查问卷的方法,对成都地区某高校图书馆室内温度、相对湿度、辐射温度、风速进行了现场测试,同时,对室内人体热舒适性主观评价进行了调研,然后对不同楼层及不同区域实测数据与TSV的投票结果进行了对比分析。研究结果表明,热舒适性随楼层升高而降低,同楼层内由中心区域向窗户处递减,而临湖面区域又较背湖面区域热舒适高。此外,给出了改善图书馆建筑热舒适性的建议。
Improving the thermal comfort environment of university library buildings is an important aspect to improve students’ learning conditions. Based on field measurements and questionnaires, field tests were conducted on the indoor temperature, relative humidity, radiant temperature and wind speed of a university library in Chengdu. At the same time, the subjective evaluation of indoor thermal comfort was investigated. Then, And the comparison between the measured data of different regions and the voting results of TSV. The results show that the thermal comfort decreases with the rise of the floor, and decreases from the center to the window in the same floor, while the thermal stability of the lakeside is higher than that of the lakeside. In addition, suggestions are given to improve the thermal comfort of library buildings.